Bessemer converter

The Bessemer converter continued to work until 1977.

The vessel used was called the Bessemer converter.

Instead, mild steel is produced from a bessemer converter or by other means.

"The Bessemer converter is as simple as it is dramatic.

New technologies in industry such as the Bessemer converter were being rapidly applied; railroads were booming.

Steel manufacturers had begun to abandon the Bessemer converters and install open-hearth furnaces.

This took place in the Bessemer converter, a large ovoid steel container lined with clay or dolomite.

The process is far slower than that of Bessemer converter and thus easier to control and take samples for quality control.

Blast Furnace - originally the Bessemer converter, invented pre-Civil war.

I figured your Exalteds would rather watch something livelier-so we're going to do the first blow of the new Bessemer converter for you!"

The Bessemer converter was the first successful reactor on converting pig iron into steel, and the era of steel began.

This process was rendered obsolete in 1856 by Henry Bessemer's invention of the Bessemer converter.

As of 1863, a rocking Bessemer converter, which made the steel production more efficient, was used in Turrach.

In steelmaking, on the Bessemer converter.

It involves taking molten steel from a Bessemer converter and pouring it into cooler liquid slag.

Historically there has been other methods as well, such as Bessemer converter, open hearth furnace and puddling furnace.

Six Bessemer converters supplied the steel for the ingots, which were transported on a railway line built expressly for the purpose through the works.

It requires further treatment in a bessemer converter or basic oxygen furnace to produce steel or wrought iron.

No.2 blast furnace was lit in November and the first steel came from the Bessemer converters on 27 December.

A Bessemer converter can treat a heat (batch of hot metal) of 5 to 30 tonnes at time [1].

Bessemer converters did not remove phosphorus efficiently from the molten steel; as low-phosphorus ores became more expensive, conversion costs increased.

The grey metal around Vilkas' neck glowed like the yellow molten steel still smoking inside the Bessemer converter.

Industrial Revelations: Bessemer Converter (01:56)

The earliest Bessemer converters produced steel for £7 a long ton, although it initially sold for around £40 a ton.